Provide citizens with sustainable, low-energy consumption and non hardware-obsolescent software.

Main scientific challenges

• Propose a framework to describe and store Software Supply Chains;

• Based on this model, provide tools and techniques that assist developers in their choices to produce sustainable software.

Milestones

• Complete a proof of concept (a more energy-efficient version of well known framework);

• Devise a reliable strategy to measure energy consumption of packages and frameworks;

• Define a model to represent software dependencies and energy consumption information (e.g. Green S-BOM);

• Evaluate algorithms to build software based on optimization parameters (e.g. energy consumption, performance);

• Develop a tool to visualize, simulate and reconfigure software dependencies based on multi-objective settings.

• 🔗 Daniel Cordeiro, Professor at EACH USP

• 🔗 Marcelo Morandini, Professor at EACH USP

• 🔗 Marcos Lordello Chaim, Professor at EACH USP

• 🔗 Vinícius Renan de Carvalho, Postdoc at Poli USP